HomeStore

Ubiquiti UC-DAC-SFP+ 10Gbps Direct Attach Copper Cable

Product image 1
Product image 2

Ubiquiti UC-DAC-SFP+ 10Gbps Direct Attach Copper Cable

Reliable Short-Range 10GbE Connectivity for High-Speed Interconnects

Designed for efficient and cost-effective high-speed networking, this direct attach copper cable provides stable 10GbE connectivity between SFP+ interfaces. The Ubiquiti UC-DAC-SFP+ is ideal for short-distance connections within racks or between adjacent network devices, delivering low latency and simplified deployment without the need for transceivers.

Highlights

High-Speed 10GbE Performance

• Supports up to 10 Gbps data throughput
• Backward compatible with 1 Gbps connections
• Suitable for high-bandwidth data transfer

Optimized for Short-Range Deployment

• 0.5 m cable length for intra-rack connectivity
• Ideal for switches, servers, and storage systems
• Reduces cable clutter in dense environments

Passive DAC Simplicity

• No additional power required for operation
• Lower latency compared to optical solutions
• Cost-effective alternative to fiber transceivers

Key Features

Ubiquiti UC-DAC-SFP+ 10 Gbps Direct Attach Copper Cable

• SFP+ to SFP+ direct attach copper cable
• Passive design for efficient short-range connections
• White PVC jacket for clean installation aesthetics
• 30 AWG cable construction

Flexible Compatibility

• Supports data rates of 10 Gbps and 1 Gbps
• Compatible with SFP+ ports across supported devices
• Suitable for network switches and server interconnects

Durable and Practical Design

• PVC cable jacket for durability
• Compact and lightweight for easy cable management
• Designed for stable performance in rack environments

Summary / Conclusion

The Ubiquiti UC-DAC-SFP+ is a practical solution for short-distance 10GbE connectivity, offering reliable performance with a simple passive design. With its compact 0.5 m length and SFP+ to SFP+ compatibility, it is well-suited for high-density rack deployments requiring efficient and cost-effective interconnections.

$5.25

Original: $14.99

-65%
Ubiquiti UC-DAC-SFP+ 10Gbps Direct Attach Copper Cable

$14.99

$5.25

Product Information

Shipping & Returns

Description

Reliable Short-Range 10GbE Connectivity for High-Speed Interconnects

Designed for efficient and cost-effective high-speed networking, this direct attach copper cable provides stable 10GbE connectivity between SFP+ interfaces. The Ubiquiti UC-DAC-SFP+ is ideal for short-distance connections within racks or between adjacent network devices, delivering low latency and simplified deployment without the need for transceivers.

Highlights

High-Speed 10GbE Performance

• Supports up to 10 Gbps data throughput
• Backward compatible with 1 Gbps connections
• Suitable for high-bandwidth data transfer

Optimized for Short-Range Deployment

• 0.5 m cable length for intra-rack connectivity
• Ideal for switches, servers, and storage systems
• Reduces cable clutter in dense environments

Passive DAC Simplicity

• No additional power required for operation
• Lower latency compared to optical solutions
• Cost-effective alternative to fiber transceivers

Key Features

Ubiquiti UC-DAC-SFP+ 10 Gbps Direct Attach Copper Cable

• SFP+ to SFP+ direct attach copper cable
• Passive design for efficient short-range connections
• White PVC jacket for clean installation aesthetics
• 30 AWG cable construction

Flexible Compatibility

• Supports data rates of 10 Gbps and 1 Gbps
• Compatible with SFP+ ports across supported devices
• Suitable for network switches and server interconnects

Durable and Practical Design

• PVC cable jacket for durability
• Compact and lightweight for easy cable management
• Designed for stable performance in rack environments

Summary / Conclusion

The Ubiquiti UC-DAC-SFP+ is a practical solution for short-distance 10GbE connectivity, offering reliable performance with a simple passive design. With its compact 0.5 m length and SFP+ to SFP+ compatibility, it is well-suited for high-density rack deployments requiring efficient and cost-effective interconnections.